A simulation study on the necessity of working breakdown in a state dependent bulk arrival queue with disaster and optional re-service.
C. K. Deena MeritM. HaridassPublished in: Int. J. Ad Hoc Ubiquitous Comput. (2022)
Keyphrases
- simulation study
- state dependent
- service times
- steady state
- queue length
- single server
- arrival rate
- arrival process
- queueing model
- finite buffer
- single server queue
- queueing networks
- heavy traffic
- service rates
- stationary distribution
- queue size
- queueing systems
- fluid model
- traffic intensity
- service systems
- customer classes
- arrival and service rates
- waiting times
- monte carlo
- markov chain
- product form
- call center
- flow control
- inventory level
- asymptotically optimal
- special case
- poisson process
- optimal policy
- parallel machines
- independent and identically distributed
- queuing model
- random variables
- bayesian networks
- learning algorithm
- neural network